Index: calc.texi
===================================================================
RCS file: /cvsroot/emacs/emacs/man/calc.texi,v
retrieving revision 1.87
diff -u -p -c -r1.87 calc.texi
cvs diff: conflicting specifications of output style
*** calc.texi	15 Sep 2006 17:44:51 -0000	1.87
--- calc.texi	19 Dec 2006 01:30:59 -0000
*************** solid implementation of Lisp, and the hu
*** 1540,1554 ****
  turned out to be more open-ended than one might have expected.
  
  Emacs Lisp doesn't have built-in floating point math, so it had to be
! simulated in software.  In fact, Emacs integers will only comfortably
! fit six decimal digits or so---not enough for a decent calculator.  So
! I had to write my own high-precision integer code as well, and once I had
! this I figured that arbitrary-size integers were just as easy as large
! integers.  Arbitrary floating-point precision was the logical next step.
! Also, since the large integer arithmetic was there anyway it seemed only
! fair to give the user direct access to it, which in turn made it practical
! to support fractions as well as floats.  All these features inspired me
! to look around for other data types that might be worth having.
  
  Around this time, my friend Rick Koshi showed me his nifty new HP-28
  calculator.  It allowed the user to manipulate formulas as well as
--- 1540,1557 ----
  turned out to be more open-ended than one might have expected.
  
  Emacs Lisp doesn't have built-in floating point math, so it had to be
! simulated in address@hidden floating point support was
! added to Emacs in version 19.  This feature does not, however, support
! arbitrary precision, unlike Calc.}.  In fact, Emacs integers will only
! comfortably fit six decimal digits or so---not enough for a decent
! calculator.  So I had to write my own high-precision integer code as
! well, and once I had this I figured that arbitrary-size integers were
! just as easy as large integers.  Arbitrary floating-point precision
! was the logical next step.  Also, since the large integer arithmetic
! was there anyway it seemed only fair to give the user direct access to
! it, which in turn made it practical to support fractions as well as
! floats.  All these features inspired me to look around for other data
! types that might be worth having.
  
  Around this time, my friend Rick Koshi showed me his nifty new HP-28
  calculator.  It allowed the user to manipulate formulas as well as